from achrolab.calibtubes import CalibTubes
from achrolab.colortable import ColorTable
from achrolab.colorentry import ColorEntry
from achrolab.calibrate import Calibrate
eyeone = EyeOne()
mywin = visual.Window([1024, 1536],
monitor='mymon',
color=(155, 155, 17),
screen=1,
colorSpace="rgb255",
allowGUI=False)
calibmonitor = CalibMonitor(eyeone, mywin)
calibtubes = CalibTubes(eyeone)
#calibtubes.is_calibrated = True
calibrate = Calibrate(calibmonitor, calibtubes)
colortable = ColorTable()
color1 = ColorEntry("color850",
patch_stim_value=eizoGS320.encode_color(850, 850))
color2 = ColorEntry("color600",
patch_stim_value=eizoGS320.encode_color(600, 600))
color3 = ColorEntry("color390",
patch_stim_value=eizoGS320.encode_color(390, 390))
color4 = ColorEntry("color621",
patch_stim_value=eizoGS320.encode_color(621, 621))
## MONITOR
from achrolab.eyeone.eyeone import EyeOne
from achrolab.calibtubes import CalibTubes
eyeone = EyeOne()
caltub = CalibTubes(eyeone)
caltub.calibrate(imi=0.5, n=500, each=5)
caltub.saveParameter("tube_calibration_75_absorption.pkl")
from achrolab.calibtubes import CalibTubes
from achrolab.eyeone.eyeone import EyeOne
import time
import random
eyeone = EyeOne(dummy=False)
caltub = CalibTubes(eyeone)
caltub.setVoltages((0xFFF, 0xFFF, 0xFFF))
voltages_g = []
xyY_g = []
spectra_g = []
random.seed(4)
for i in range(1):
# measure_green=caltub.measureOneColorChannel(color="green", n=50, each=1)
# voltages_g=voltages_g+measure_green[0]
# xyY_g=xyY_g+measure_green[1]
# spectra_g=spectra_g+measure_green[2]
# def fun(self,step, i,n):
# return ((0xFFF - step * n)+(step*i))
def fun(self, step, i, n):
return random.randint(1024, 4095)
measure_green = caltub.measureOneColorChannel(color="green", insertfunction=fun, n=5, each=1)
voltages_g = voltages_g + measure_green[0]
xyY_g = xyY_g + measure_green[1]
from stimuli import eizoGS320
from achrolab.eyeone.eyeone import EyeOne
from achrolab.calibmonitor import CalibMonitor
from achrolab.calibtubes import CalibTubes
from achrolab.colortable import ColorTable
from achrolab.colorentry import ColorEntry
from achrolab.calibrate import Calibrate
eyeone = EyeOne()
mywin = visual.Window([1024,1536], monitor='mymon', color=(155,155,17),
screen=1, colorSpace="rgb255", allowGUI=False)
calibmonitor = CalibMonitor(eyeone, mywin)
calibtubes = CalibTubes(eyeone)
#calibtubes.is_calibrated = True
calibrate = Calibrate(calibmonitor, calibtubes)
colortable = ColorTable()
color1 = ColorEntry("color850", patch_stim_value=eizoGS320.encode_color(850, 850))
color2 = ColorEntry("color600", patch_stim_value=eizoGS320.encode_color(600, 600))
color3 = ColorEntry("color390", patch_stim_value=eizoGS320.encode_color(390, 390))
color4 = ColorEntry("color621", patch_stim_value=eizoGS320.encode_color(621, 621))
## MONITOR
#calibrate.calibmonitor.startMeasurement()
#calibrate._measureColorEntryMonitor(color1, n=20)
#calibrate._measureColorEntryMonitor(color2, n=20)
#calibrate._measureColorEntryMonitor(color3, n=20)
from achrolab.calibtubes import CalibTubes
from achrolab.eyeone.eyeone import EyeOne
import time
import random
eyeone = EyeOne(dummy=False)
caltub = CalibTubes(eyeone)
caltub.setVoltages((0xFFF, 0xFFF, 0xFFF))
voltages_g = []
xyY_g = []
spectra_g = []
random.seed(4)
for i in range(1):
#measure_green=caltub.measureOneColorChannel(color="green", n=50, each=1)
#voltages_g=voltages_g+measure_green[0]
#xyY_g=xyY_g+measure_green[1]
#spectra_g=spectra_g+measure_green[2]
#def fun(self,step, i,n):
# return ((0xFFF - step * n)+(step*i))
def fun(self, step, i, n):
return random.randint(1024, 4095)
measure_green = caltub.measureOneColorChannel(color="green",
insertfunction=fun,
n=5,
each=1)